Cases

MAXLAB would introduce you to one of our pharmacy lab cases in India for your reference. If you have a pharmacy lab to build, you could ask us for free design and professional advice. After months of communication, we confirm the design with the client according to the lab room layout and lab usage. The following picture is our final design.

This case study highlights a benchtop fume hood project delivered by our factory for a compact laboratory environment. The customer needed a space-saving hood that supports daily chemical handling while maintaining a clean workflow and easy maintenance. Below are real project photos, configuration details, and practical selection tips for similar labs.

MAX LAB Customer feedback pictures

MAX LAB delivered a customized environmental laboratory solution for a monitoring and testing institute in Japan. The project features a clean rectangular linear layout—fume hoods and tall cabinets installed along one wall, with three parallel long island benches in the center—creating a clear workflow for sample preparation, analysis, and equipment operation. With chemical-resistant worktops, corrosion-resistant steel casework, and upgraded ventilation and safety provisions, the lab achieves strong compliance, higher efficiency, and future-ready expandability.

A real lab setup for Phalaenopsis orchid micropropagation using a MAX LAB horizontal laminar flow bench. Optimized sterile operations, smarter layout, and reliable lab furniture customization.

A research-focused plant laboratory in Nepal partnered with MAX LAB to build a more efficient, cleaner, and better-organized workspace for daily sample handling and plant analysis. The client needed a one-stop solution—from layout planning and furniture customization to equipment matching—while ensuring the lab could support future expansion. MAX LAB delivered a practical design with durable work surfaces, optimized storage, and improved workflow zoning, backed by responsive communication throughout the project.Max Lab would introduce you one of our pharmacy lab case in Nepal for your reference, if you have plant lab to build could ask we for free design and professional advice.

MAX LAB successfully designed, manufactured, and installed a full-scale hospital laboratory in Uzbekistan, delivering 12 fume hoods, 15 island benches, and 25 wall benches alongside integrated lab infrastructure. This turnkey project showcased our ability to provide end-to-end lab solutions, from furniture to ventilation, electrical, and gas systems. Completed with precision, the lab now serves as a model of efficiency and safety for medical diagnostics and research.

This case highlights our flexible modular container laboratory solution provided to an environmental research company based in Africa. Faced with challenges like remote locations, harsh climates, and high construction costs, we offered an efficient and scalable lab option that enhanced water quality testing, improved research efficiency, and significantly reduced waterborne diseases. Through innovative design and online support, our container lab not only addressed space and equipment needs but also created local job opportunities.

A Gabon-based research institution specializing in soil science and mud analysis faced challenges with limited infrastructure and lengthy lab setup timelines. To meet their need for rapid deployment, flexibility, and high-performance testing, we engineered a fully equipped 20ft container laboratory featuring customized workstations, advanced ventilation, secure storage, and smart monitoring systems. This case study demonstrates how our modular lab solution enabled efficient on-site soil and sediment analysis in a compact, mobile footprint.

A UAE-based research and testing facility needed to upgrade its lab into a modern, efficient workspace that supports daily sample preparation, instrument testing, and documentation work. The main goal was to improve workflow efficiency, space utilization, and storage capacity, while keeping the lab durable for long-term use.

Project scope: 4 sets of fume hoods, 15 sets of test lab benches.

Project duration: 2 months.

Customer feedback: Excellent equipment quality, efficient layout.

This case study showcases a customized chemical laboratory project delivered by MAX LAB for a Saudi Arabian government institution. The laboratory was designed to support routine chemical analysis, regulatory testing, and research applications while meeting strict safety, budget, and compliance requirements.

Facing limited space, fixed budgets, and high safety expectations, the client required a flexible laboratory solution that could be expanded for future projects. MAX LAB provided a cost-effective design with durable laboratory furniture, modular lab benches, and compliant safety systems—ensuring long-term usability and regulatory alignment.

This case details the design and installation of a customized private laboratory for a senior biochemistry researcher. The client sought a high-standard, safe, and efficient lab space that seamlessly blended with their home environment. Our team provided a tailored solution, focusing on functionality, aesthetics, and environmental protection, with full support from consultation to after-sales service.

In this case study, we provided a comprehensive Dental Lab Bench solution for a leading dental laboratory in Europe. The client’s primary goal was to improve the efficiency of their lab while ensuring the workspace maintained the highest hygiene standards. With our custom Dental Lab Benches, they received an ergonomic workstation designed for heavy daily use, featuring a chemical-resistant surface, integrated storage for tools and materials, and a modular design tailored to their specific needs.

We worked closely with the client to understand their requirements and provided a turnkey solution that included design, manufacturing, and installation. Our team ensured that each Dental Lab Bench met rigorous quality standards, suitable for both prosthetic work and precision dental procedures. These benches also had the flexibility to accommodate other dental equipment seamlessly.

This case study presents a modular laboratory project delivered by MAX LAB for a customer in Romania, featuring a complete modular laboratory furniture system and an integrated laboratory solution. The project was designed to meet European standards while offering flexibility, efficiency, and fast delivery.

By leveraging modular design and standardized manufacturing, MAX LAB successfully helped the client reduce construction time, optimize laboratory space, and ensure long-term scalability for future laboratory expansion.

A leading environmental testing organization in Italy upgraded its laboratory to support higher-throughput analysis for water, soil, and air samples. MAX LAB delivered a precision-focused layout with modular workbenches, chemical-resistant countertops, dedicated ventilation and safety zones, and compliant storage solutions. The new workflow reduced cross-contamination risk, improved operator safety, and increased daily testing efficiency—while aligning with stringent EU chemical safety requirements and laboratory best practices.

When a leading Latvian research institution needed to upgrade their outdated facilities, our team delivered a complete laboratory renovation that transformed their 25-year-old space into a cutting-edge research environment. They need to replace the lab furniture. This case study demonstrates how our turnkey laboratory solutions increased efficiency by 40% while ensuring full compliance with EU safety standards.

A genetics research lab required a clean, efficient, and compliant workspace to support daily workflows. MAX LAB delivered a customized lab furniture and layout solution featuring modular island benches, chemical-resistant black worktops, optimized storage, and dedicated zones for sample handling and analysis. The result was smoother workflow, cleaner organization, improved safety, and easier future expansion.

This project is located in the United Kingdom and was developed for a cosmetic research and formulation company focused on product innovation and quality development. MAX LAB delivered a modern Cosmetic R&D Laboratory by emphasizing functional zoning, high-end equipment integration, and strict safety compliance.

The laboratory layout was carefully planned to include dedicated areas for formulation preparation, physical and chemical testing, sample weighing and pre-treatment, stability testing, and sample storage. Custom laboratory benches, storage systems, and ventilation solutions were integrated to improve workflow efficiency, enhance laboratory safety, and simplify daily cleaning and maintenance.

The overall design not only meets current cosmetic research and testing requirements but also allows flexibility for future equipment upgrades and expansion, providing a scalable and efficient laboratory environment for long-term R&D operations.

This project transformed a materials testing lab in Berlin into a modern research hub. Facing space, safety, and precision challenges, we designed a custom lab with vibration-resistant workstations, modular layouts, and safety upgrades. The result was improved testing accuracy, efficiency, and regulatory compliance, setting a new standard for materials research in Germany.

Case study of a chemistry research institute renovation: fume hoods, exhaust ducting, make-up air, safety showers/eyewash, and compliant chemical storage—engineered by MAX LAB.

This case describes MAXLAB's comprehensive laboratory solution for the Argentine Institute of Bacteriology, a leading microbiological research institution in South America. The project equipped the facility with biosafety cabinets, clean benches, and customized workstations to support cutting-edge pathogen research and vaccine development.

This project involved the supply and installation of a complete PP laboratory furniture system for a chemical laboratory.
The client selected polypropylene (PP) laboratory furniture to ensure excellent chemical resistance, durability, and long-term performance in a corrosive laboratory environment.

The project included PP laboratory work benches, PP fume hoods, and PP laboratory storage cabinets, forming a fully integrated laboratory workspace.

This case presents a reference laboratory design solution developed for primary and secondary school laboratories, focusing on safety, functionality, and effective teaching environments.

MAX LAB provided a customized laboratory layout and furniture design, suitable for science education in primary and secondary schools, including chemistry, physics, and general science laboratories.

When the National Public Health Laboratory of El Salvador needed to modernize its workspace, they partnered with MAX LAB to replace outdated lab furniture with durable white epoxy resin workbenches. The upgrade improved cleanliness, ergonomics, and workflow efficiency in their diagnostic testing areas.

A U.S.-based food R&D and quality testing company partnered with MAX LAB to upgrade its existing laboratory into a safer, more efficient, and future-ready workspace. Facing tight space, frequent chemical exposure, and evolving testing needs, the client required a lab environment built around cleanability, chemical resistance, modular expansion, and compliance-oriented workflows.

MAX LAB delivered a turnkey solution—from space planning to custom furniture engineering—featuring C-frame lab benches built with 1.0mm cold-rolled steel casework and 16mm epoxy resin countertops for durable chemical resistance and easy maintenance. A modular layout was designed to streamline the workflow across sample handling, analysis, and testing zones, while allowing flexible reconfiguration for future equipment additions.

Results: improved space utilization, smoother lab operations, long-term durability under chemical use, and a compliance-ready setup aligned with food lab hygiene and safety requirements.

Project scope: 40 sets of chemical experiment tables and 10 storage cabinets.

Project highlights: Safe and environmentally friendly materials, fast installation.